CN206493081U - Magnetic stripe feed subassembly for heat dissipation fan built-in magnetic stripe installation equipment - Google Patents

Abstract

The utility model discloses a magnetic stripe feed assembly for a built-in magnetic stripe installation device of a cooling fan, which comprises two groups of feed assemblies, a pushing assembly and a rolling assembly, wherein each feed assembly comprises a feed platform and a blocking piece, a displacement channel is formed between each blocking piece and the feed platform, each pushing assembly comprises a pushing seat, a pushing knife and a cylinder, each rolling assembly comprises a lifting platform, a supporting platform and a winding platform, each winding platform is positioned above the corresponding supporting platform, the winding platform is axially positioned on the corresponding supporting platform and can rotate circumferentially, the corresponding winding platform is provided with the cylinder, the axes of the corresponding winding platform and the corresponding supporting platform are provided with through grooves which penetrate through the corresponding supporting platform, a forming rod matched with the through grooves is arranged on the lifting platform, a winding space is formed between the forming rod and the through grooves, the corresponding winding platform is provided with two mutually vertical horizontal straight grooves, the utility model aims to provide the magnetic stripe feed assembly for the built-in magnetic stripe installation, realize intelligent magnetic stripe and will wind the magnetic stripe after rolling and send into the wind wheel, improve production efficiency.

Description

Magnetic stripe built in cooling fan installs equipment magnetic stripe supply assembly

Technical field

The utility model is related to magnetic stripe built in cooling fan and installs functions of the equipments component, and in particular in a kind of cooling fan Put magnetic stripe and equipment magnetic stripe supply assembly is installed.

Background technology

With the development of science and technology, the function of closestool can all configure blower fan now also with increasing inside intelligent type closet, this Class assembling in closestool be used for dispersing for peculiar smell.

The concrete structure of blower fan as shown in Figure 10, its include successively upper shell a1, stator module, fan component and under Housing a6, the stator module includes PCBA components, lower skeleton and the upper skeleton installed successively, the PCBA components and sending down the fishbone Winding is installed, the winding is positioned on lower skeleton between frame, is provided with silicon steel sheet between the upper skeleton and lower skeleton, institute State and contact pin is provided with PCBA components, the fan component, which includes wind wheel a2, the wind wheel a2, includes integrally formed blade Portion and core seat a3, the blade part are located on core seat a3 excircle, and the core seat a3 is set towards upper shell a1 sides It is equipped with the installation portion set in depression, the installation portion and is disposed with interior iron set a4 and magnetic stripe a5, the magnetic stripe a5 is by soft Property rubber magnet make, magnetic stripe a5 is affixed on interior iron set a4 by way of stickup around transmitting circular and its external diameter, described fixed Sub-component is positioned at by rotating shaft in installation portion and stator module is located in the region that magnetic stripe a5 is formed.

When the installation for fan component, can first rotating shaft is installed on core seat, after interior iron set is positioned at In installation portion, gluing then is carried out in internal iron set, is installed by magnetic stripe around completion inside interior iron set is circumferentially affixed on afterwards.

In the prior art, magnetic stripe raw material purchase is come in when in the magnetic stripe of strip, so being used When need its coiling circumferentially shape first, be put into, can be real currently without rational automation equipment for this action It is existing, therefore pipelining operation is hardly formed, operating efficiency is than relatively low.

Utility model content

Pacify in view of the deficienciess of the prior art, the purpose of this utility model is to provide magnetic stripe built in a kind of cooling fan Standby magnetic stripe supply assembly is installed, the intelligent coiling for magnetic stripe is realized and the magnetic stripe after coiling is sent into wind wheel, improve life Produce efficiency.

To achieve the above object, the utility model provides following technical scheme：

Magnetic stripe built in a kind of cooling fan installs equipment magnetic stripe supply assembly, includes two groups of structure identical feeding groups Part, the pushing material component between two groups of feeding material components and the coiled strip component for coiling magnetic stripe, the feeding material component include Have material conveying platform, be arranged at transmission belt and the barriers positioned at material conveying platform tail end on material conveying platform, the barriers with Displacement passage is formed between material conveying platform, the tail end of two groups of feeding material components connects, the pushing material component includes feeding seat, determined Control pusher knife moves and controlled feeding seat along displacement passage along feeding respectively by pusher knife on feeding seat and two The cylinder of platform direction motion, the coiled strip component include hoistable platform and supporting table below hoistable platform and around Platform is rolled up, the coiling platform is located above supporting table, and the coiling platform is axially positioned on supporting table and can rotated in a circumferential direction, the coiling It is provided with the cylinder for driving coiling platform to rotate in a circumferential direction on platform, two is provided through at the axle center of the coiling platform and supporting table Be provided with the groove of person, the hoistable platform with groove coordinate curved lever, the shaping shank diameter be less than groove diameter and Formed between the curved lever and groove and two orthogonal horizontal straight troughs, two institutes are provided with volume space, coiling platform State horizontal straight trough with around volume space to be connected, the hoistable platform is provided with driving relative to another side end face of curved lever and risen The cylinder of platform motion drops.

By using above-mentioned technical proposal, two groups of feeding material components are used alternatingly, when one of feeding material component is operated When, magnetic stripe is delivered at barriers by transmission belt, and now magnetic stripe is relative with displacement passage, by the effect of pusher knife by magnetic Bar is pushed into horizontal straight trough, and magnetic stripe is wrapped in outside curved lever by the guiding function around volume space, and the decline of hoistable platform drives into The magnetic stripe that type bar is completed coiling by groove sends into wind wheel, and after one of feeding material component completes feeding, feeding seat is whole It is relative with the displacement passage of another feeding material component that direction of the body along material conveying platform is moved to pusher knife, additionally, due to supporting table simultaneously It is immovable, after 270 degree another horizontal straight trough is connected with displacement passage so turntable rotates, carried out next time Feed, two groups of feeding material components carry out feeding simultaneously, and two groups of feeding material components are coordinated by the movement of feeding seat, are realized intelligentized Outside production, operating efficiency further improves.

It is of the present utility model to be further arranged to：Width of the feeding seat along material conveying platform is horizontally placed on the pusher Seat lower section, the pusher cutter spacing is in a side end of feeding seat, and the end side of the feeding seat is provided with secondary station, described Material conveying platform is located between secondary station and pusher knife, and accessory channel, the accessory channel and displacement are provided with the secondary station Passage is located along the same line, and the secondary station sets jagged towards feeding channel side, corresponding to being set at the position of breach It is equipped with hairbrush.

By using above-mentioned technical proposal, the secondary station is arranged on feeding seat, the accessory channel and pusher of secondary station Knife is located along the same line all the time, feeding seat movement, and their both position relationships are to change, it is only necessary to protected Card feeding seat allowed in moving process the feeding channel of accessory channel and two groups of feeding material components align can, so by secondary station Adjustment work can be simplified on feeding seat, in addition, the outer surface after magnetic stripe coiling is to need to cover the glue on inwall with interior iron Water carry out it is gluing, so magnetic stripe surface powder ash easily cause plybonding effect decline, magnetic stripe enter before volume space first Magnetic stripe surface is cleaned by hairbrush in accessory channel, the plybonding effect in later stage is improved.

It is of the present utility model to be further arranged to：Driving hairbrush is provided with the material conveying platform towards or away from breach The cylinder of motion.

It is of the present utility model to be further arranged to：The edge of the hoistable platform is provided with guide pillar, and the guide pillar runs through Spring is arranged with hoistable platform, the guide pillar, the hoistable platform and spring are inconsistent.

By using above-mentioned technical proposal, curved lever can keep more quickly moving in early stage motion process, , it is necessary to which reduction of speed enters when curved lever enters magnetic lineation inside wind wheel, so providing reaction force for hoistable platform using spring This problem can be easily solved, the stationarity of the motion of hoistable platform is also improved using guide rod in addition.

It is of the present utility model to be further arranged to：Be provided with transparent platform on the material conveying platform, the transparent platform with It is arranged at intervals between material conveying platform and the gap size is engaged with magnetic stripe length.

By using above-mentioned technical proposal, inlay card is between material conveying platform and transparent platform in the longitudinal direction for magnetic stripe, i.e., Magnetic stripe is tensioned between material conveying platform and transparent platform, if being conveyed by belt conveyor, magnetic stripe can be kept to keep This kind of state improves the stability before magnetic stripe enters displacement passage without toppling over.

It is of the present utility model to be further arranged to：The feeding seat is respectively arranged with a guide rail in material conveying platform both sides.

By using above-mentioned technical proposal.

Brief description of the drawings

Fig. 1 is overall structure diagram；

Fig. 2 is feeding conveyor structure and the structural representation of rotary turnplate；

Fig. 3 is the second overall structure diagram；

Fig. 4 is A portions schematic enlarged-scale view；

The overall structure diagrams of Fig. 5 the 3rd；

Fig. 6 is the 4th overall structure diagram；

Fig. 7 is expansion assembly structural representation；

Fig. 8 is lower holder structure schematic diagram；

Fig. 9 is structure of seat schematic diagram；

Figure 10 is background technology accompanying drawing.

Reference：1st, main frame body；11st, the 3rd magnetic part；2nd, feeding conveyor structure；21st, conveyer belt；22nd, sub-material component； 221st, sub-material frame；222nd, cut through；2221st, bar is blocked；23rd, catching robot；24th, pushing component；241st, pushing block；25、 Grabbing assembly；251st, joint is lifted；252nd, rotary joint；253rd, joint is captured；26th, pedestal；27th, clamping jaw unit；271st, it is embedded Portion；272nd, end block；273rd, press section；274th, holding section；275th, clamping section；276th, fillet surface；28th, lower seat；281st, guide groove； 29th, the seat of honour；291st, groove；3rd, rotary turnplate；31st, initial station；32nd, gluing station；33rd, magnetic station is entered；34th, last station； 4th, gluing component；41st, pedestal is injected；42nd, syringe；5th, magnetic assembly is rolled up；51st, feeding material component；52nd, transparent platform；53rd, feeding is put down Platform；54th, barriers；55th, displacement passage；56th, pushing material component；561st, feeding seat；562nd, pusher knife；57th, secondary station；571st, aid in Passage；58th, hairbrush；59th, coiling platform；591st, around volume space；592nd, horizontal straight trough；593rd, spring；594th, curved lever；595th, lift Platform；596th, guide pillar；61st, big end；62nd, small end；63rd, bar portion；64th, termination；65th, accommodation seat；66th, accommodating cavity；67th, breathe freely Hole；68th, station pedestal；69th, supporting member；7th, drive component；71st, movement parts；72nd, connector；73rd, rotation dish；74th, motor；8、 Auxiliary positioning component；81st, depression bar；9th, cylinder；91st, displacement platform；92nd, pedestal is overturn；93rd, Linear manipulator；94th, open-work；95th, squeeze Casting die；10th, expansion assembly；101st, pellosil；102nd, expanded base；103rd, air pump；104th, cavity；A1, upper shell；A2, wind wheel； A3, core seat；A4, interior iron set；A5, magnetic stripe；A6, lower house.

Embodiment

The utility model is described further referring to the drawings.

Built in a kind of cooling fan magnetic stripe a5 install equipment, include main frame body 1, for conveying fan housing charging it is defeated Mechanism 2 and rotary turnplate 3 are sent, the axis rotation of the rotary turnplate 3 is connected on main frame body 1, the feeding conveyor structure 2 Catching robot 23 including conveyer belt 21 and for the wind wheel a2 on conveyer belt 21 to be moved in rotary turnplate 3, it is described Four stations are provided with rotary turnplate 3, the initial station 31 corresponding with feeding conveyor structure 2, gluing work is respectively defined as Position 32, enter magnetic station 33 and last station 34, four stations are uniformly distributed in rotary turnplate 3 successively in the order described above, Corresponding to the gluing component 4 being provided with the position of gluing station 32 for covering a4 surface sizings to interior iron, correspond into magnetic work Volume magnetic assembly 5 is provided with position 33, last station 34 is provided with conveying body, the last station 34 and discharging Turning manipulator is provided between conveying mechanism.

It is provided with sub-material component 22 between the conveyer belt 21 and catching robot 23, the sub-material component 22 includes point Expect the cut through 222 of frame 221 and two independent controls being arranged in sub-material frame 221, two cut through 222 are along conveying The conveying direction of band 21 is arranged at intervals, and the distance between two cut through 222 are adapted with wind wheel a2 maximum gauge, described in two Cut through 222 is provided with the cylinder 9 of its motion of independent control, and the driving of cylinder 9 cut through 222 blocks the road of wind wheel a2 motions Footpath, the cut through 222, which includes to block seat and be arranged at two blocked on seat, blocks bar 2221, and two are blocked bar 2221 Between along conveyer belt 21 width be arranged at intervals, it is described two block the distance between bar 2221 be less than wind wheel a2 maximum Diameter, it is described to block that seat is positioned on cylinder 9 and the cylinder 9 is controlled to block seat and transported towards or away from the direction of conveyer belt 21 Dynamic, during the maximum travel position of the cylinder 9, described block the distance between bar 2221 and conveyer belt 21 is more than wind wheel a2's Highly, to ensure that wind wheel a2 can smoothly pass through.

The end of the conveyer belt 21 sets and there are between finite place piece, and the locating part and cut through 222 One wind wheel a2, the catching robot 23 is located between locating part and cut through 222, and the catching robot 23 includes base Also crawl group is set gradually on the cylinder 9 that seat 26 and driving pedestal 26 are moved towards the direction of rotary turnplate 3, the pedestal 26 Part 25 and pushing component 24, the grabbing assembly 25 include lifting joint 251 and crawl joint 253, the crawl group Part 25 includes radially square on the seat of honour 29, lower seat 28 and three clamping jaw units 27 being positioned on lower seat 28, the lower seat 28 To being provided with three independent guide grooves 281, the guide groove 281 runs through lower seat 28, and the seat of honour 29 fits one with lower seat 28 Side end face is provided with three independent grooves 291 in Archimedes spiral, and three clamping jaw units 27 include embedded division 271 and clamping section 275, the direction position that the embedded division 271 is engaged with guide groove 281 and can set along guide groove 281 Move, dorsad the side end face of clamping section 275 1 is provided with locating piece to described embedded division 271, and the locating piece is embedded at groove 291 Interior, the clamping section 275 includes press section 273 and the holding section 274 of L-shaped setting, and the press section 273 is towards conveyer belt 21 direction is vertically arranged, the holding section 274 parallel to conveyer belt 21 direction set, the holding section 274 relative to The end side that press section 273 is connected is provided with hook-shaped end block 272, the press section 273 towards the side of press section 273 A side end face is abutted with wind wheel a2 and is provided with fillet surface 276, for avoiding contacting the damage for causing to bring product firmly with wind wheel a2 Wound.

The independent rotary joint 252 rotated in the driving seat of honour 29, rotation are provided between the seat of honour 29 and lifting joint 251 Joint 252 is rotational structure common on the market, controls corresponding terminal pad to rotate by electric rotating machine 74, is no longer gone to live in the household of one's in-laws on getting married herein State, described lifting joint 251 also uses the mode of cylinder 9, cylinder 9 is connected with rotary joint 252, drives rotary joint 252 Motion, so as to drive the crawl mass motion of joint 253.

The pushing component 24 includes the cylinder 9 that pushing block 241 and driving pushing block 241 are lifted, the pushing block 241 are provided with interior recessed area towards the side end face of conveyer belt 21 1, and the diameter of the interior recessed area is outer slightly larger than wind wheel a2 core seats a3 Footpath, the pushing block 241 is made using rubber elastomeric material, when cylinder 9 promotes pushing block 241 to move down, the interior recessed area The extruding force for applying axial direction on core seat a3 and to wind wheel a2 is covered at, between described pushing component 24 and grabbing assembly 25 It is spaced identical with initial interval between station 31 and conveyer belt 21.

Because the rotary turnplate 3 can rotate in a circumferential direction, so for initial station 31, gluing station 32, entering magnetic station 33 And the title of last station 34 is that the function of being in static phase according to rotary turnplate 3 and should realize required for station is determined Justice, initial station 31 in fact in rotary turnplate 3, gluing station 32, four works for entering magnetic station 33 and last station 34 Bit architecture is identical, is provided with a through hole in the rotary turnplate 3 every 90 degree, station pedestal is provided with the through hole 68, the longitudinal section of the station pedestal 68 is T-shaped to be set, the station pedestal 68 include the big end 61 that is relatively large in diameter and The less small end 62 of diameter, the external diameter of the small end 62 is identical with the diameter of through hole, the small end 62 through through hole and The big end 61 is connected to rotary turnplate 3, and the big end 61 is positioned in rotary turnplate 3 by bolt, the small end Multiple air-vents 67 are provided with 62, radial direction of the air-vent 67 along small end 62 runs through small end 62, the station It is provided through in hole, the through hole being equipped with supporting member 69 at the axle center of pedestal 68, the supporting member 69 includes bar portion 63 and termination 64, the diameter of the bar portion 63 is identical with through hole, and the termination 64 is located at the lower section and termination 64 of rotary turnplate 3 Place is provided with the first magnetic part, and the other end of bar portion 63 passes through through hole, and the side end of the bar portion 63 is provided with accommodation seat 65, the accommodating cavity 66 being adapted to wind wheel a2 is provided with the accommodation seat 65, is gap between the accommodating cavity 66 and wind wheel a2 Coordinate, it is ensured that for wind wheel a2 abundant positioning, correspond on the main frame body 1 at initial station 31 and last station 34 The cylinder 9 for promoting supporting member 69 to be axially moved is provided with, because the cooperation between wind wheel a2 and accommodating cavity 66 is that gap is matched somebody with somebody Close, coordinate more close between the two, so having to by extruding force wind wheel a2 could be allowd to be positioned over accommodating cavity 66 It is interior, it is considered to corresponding to being respectively catching robot 23 and turning manipulator at initial station 31 and last station 34, so pin Promotion to the initial lower cylinder 9 of station 31 can ensure that wind wheel a2 can be squeezed in accommodating cavity 66 by catching robot 23, and During corresponding to turning manipulator, the return of cylinder 9 can allow turning manipulator that wind wheel a2 is taken away into accommodating cavity 66.

The gluing component 4 is used for the work that internal iron covers the a4 upper glue of surface progress, and the gluing component 4 includes The cylinder that injection pedestal 41, the syringe 42 with glue and control syringe 42 are moved towards or away from gluing station 32 9, the syringe 42 realizes that glue is excessive from the end of syringe 42 using to being passed through air progress pressurization inside syringe 42 Principle, by setting guide rod to be attached between the injection pedestal 41 and main frame body 1, the injection pedestal 41, which is held on, leads On to bar and it is described injection pedestal 41 can rotate in a circumferential direction with reach control syringe 42 angle, control syringe 42 angle To reach the position relationship between regulation syringe 42 and gluing station 32.

Correspond on the main frame body 1 on gluing station 32 and be provided with drive component 7, the drive component 7 includes fortune The cylinder 9 that moving part 71 and powered motion part 71 are moved towards rotary turnplate 3, the movement parts 71 include two and L-shaped set The connector 72 put is spliced and the overall Z-shaped setting of the movement parts 71, and the cylinder 9 is connected to the Z-type of movement parts 71 Upper surface, there is rotation dish 73 lower surface of the Z-type of the movement parts 71, and the rotation dish 73 is rotationally connected with movement parts 71 And the motor 74 that driving rotation dish 73 rotates, the rotation dish 73 and the position phase of gluing station 32 are provided with the movement parts 71 Second magnetic part attracting with the first magnetic part magnetic, the powered motion of cylinder 9 are provided with correspondence and the rotation dish 73 Moved on part 71 so that the first magnetic part and the laminating of the second magnetic part are attracting, to realize that driving supporting member 69 is rotated.

In addition, being additionally provided with auxiliary positioning component 8 on the main frame body 1, the auxiliary positioning component 8 includes depression bar 81 And the cylinder 9 that driving depression bar 81 is moved, the depression bar 81 corresponds to wind wheel a2 shaft core position, in the driving supporting member of motor 74 Before 69 rotate, the cylinder 9 drives depression bar 81 to be squeezed in wind wheel a2 core seat a3, and the limit of axial direction is carried out for wind wheel a2 Position.

The volume magnetic assembly 5 includes feeding material component 51, pushing material component 56 and around wound module, and the feeding material component 51 is wrapped The transmission belt for including material conveying platform 53 and being arranged on material conveying platform 53, the material conveying platform 53 is arranged above transparent Between platform 52, transparent platform 52 and material conveying platform 53 table top be arranged at intervals, the magnetic stripe a5 be located at transparent platform 52 with When in the gap between material conveying platform 53, the magnetic stripe a5 be tensioned in the longitudinal direction transparent platform 52 and material conveying platform 53 it Between, the material conveying platform 53 is provided with barriers 54 in a side end, is formed between the barriers 54 and material conveying platform 53 One distance is slightly larger than the displacement passage 55 of magnetic stripe a5 thickness, and the position that described pushing material component 56 corresponds to displacement passage 55 is set Put, the pushing material component 56 includes feeding seat 561, the pusher knife 562 on feeding seat 561 and for driving pusher knife 562 cylinders 9 moved along displacement passage 55, the pusher knife 562 and the both sides for being located at feeding material component 51 respectively around wound module, Secondary station 57 is additionally provided with the side wall of the material conveying platform 53, the secondary station 57 is provided with accessory channel 571, the auxiliary Passage 571 is located at same straight line with displacement passage 55, and the accessory channel 571 is located between wound module and feeding material component 51, The breach of one and the UNICOM of accessory channel 571 are provided with the secondary station 57, indentation, there is provided with hairbrush 58 and drive The cylinder 9 that electric brush 58 is moved, the supporting table for including hoistable platform 595 around wound module and being positioned on main frame body 1, The supporting table is located at the lower section of hoistable platform 595, and four guide pillars 596 are provided between the hoistable platform 595 and main frame body 1, Four guide pillars 596 are arranged with spring 593, the hoistable platform on hoistable platform 595 and four guide pillars 596 595 relative to the cylinder 9 that the driving lifting of hoistable platform 595 is provided with another side end face of supporting table, the axle of the supporting table The shaping being provided with the groove for axially penetrating through supporting table, the hoistable platform 595 for coordinating with groove is provided with the heart Bar 594, forms between the curved lever 594 and groove and is spaced equal to magnetic stripe a5 thickness on volume space 591, the supporting table Be provided with around the UNICOM of volume space 591 horizontal straight trough 592, remain static under when to need the horizontal straight trough 592 of guarantee, it is auxiliary Passage 571 and the three of displacement passage 55 is helped to be located in same horizontal line, when the hoistable platform 595 is moved down, the shaping The magnetic stripe a5 feedings that bar 594 completes coiling through groove are located at into the wind wheel a2 on magnetic station 33 so that magnetic stripe a5 with it is interior Iron covers a4 surface bondings.

Correspond to the 3rd magnetic part for being provided with and being threadedly connected on main frame body 1 at magnetic station 33 on the main frame body 1 11, the 3rd magnetic part 11 and the first magnetic part keep the relation that magnetic is repelled each other, and the 3rd magnetic part 11 is adjusted by screw thread The distance between the 3rd magnetic part 11 and first magnetic part are saved, to adjust mutual expelling force between the two, so as to reach regulation wind wheel The distance between a2 and supporting table.

The turning manipulator includes upset pedestal 92 and captures joint with the structure identical of catching robot 23 253, the crawl joint 253 is rotationally connected with upset pedestal 92 and the crawl joint 253 can be overturn with 180 degree, described Secondary press-in component is additionally provided with last station 34, the secondary press-in component includes the position for driving wind wheel a2 linear motions Moving stage 91, for the Linear manipulator 93 that is moved to the wind wheel a2 of turning mechanical on hand on displacement platform 91 and for secondary pressure The expansion assembly 10 entered, the Linear manipulator 93 includes captures joint 253 and driving with the identical of catching robot 23 Two spaced transmission belts are provided with the cylinder 9 that crawl joint 253 is moved towards displacement platform 91, the displacement platform 91 To drive wind wheel a2 displacements, the structure of the transmission belt is identical with the transmission belt structure in volume magnetic assembly 5, the displacement platform Run through the open-work 94 of displacement platform 91 on 91 between two transmission belts, the expansion assembly 10 is embedded in open-work 94, described The diameter of open-work 94 is less than wind wheel a2 maximum gauge, and the diameter of the open-work 94 is engaged with the diameter that interior iron covers a4, described Expansion assembly 10 includes is provided with cavity 104 and for closed cavity 104 in expanded base 102, the expanded base 102 Pellosil 101, be provided with for the air pump 103 to the inner inflatable of cavity 104, the displacement platform in the expanded base 102 Corresponding to extrusion 95 is provided with the position of expansion assembly 10 on 91, wind wheel a2 is pressed in position by the extrusion 95 from top In moving stage 91, when the wind wheel a2 moves to 10 top of expansion assembly, wind wheel a2 is pressed in by the extrusion 95 from top On displacement platform 91, now air pump 103, which is inflated, causes the deformation of pellosil 101, and pellosil 101 enters inside wind wheel a2 core seat a3 Extrude magnetic stripe a5, on the one hand cause the further axial direction displacements along core seat a3 of magnetic stripe a5, while so that magnetic stripe a5 with That is fitted between interior iron set a4 is more close.

It is for example following in the magnetic stripe a5 installations specific dynamic duty principle of equipment built in cooling fan for this：On conveyer belt 21 Multiple wind wheel a2 without magnet are sequentially placed, wind wheel a2 moves to sub-material component 22, sub-material component 22 with conveyer belt 21 For ensureing to only have a wind wheel a2 by sub-material component 22, passage, one of cut through are opened in two timesharing of cut through 222 222 be in open mode when, another cut through 222 be in block state, when close to locating part side cut through 222 dozens Open, then the wind wheel a2 between two cut through 222 is moved at locating part by conveyer belt 21, and now two cut through Emptying state is between 222, the cut through 222 away from locating part side can be subsequently opened, and is abutted against cutting for locating part Disconnected portion 222 is blocked, and can so realize that a wind wheel a2 enters between two cut through 222, because cut through 222 passes through two Block bar 2221 and realize and block, so wind wheel a2 can be moved to after being contradicted with one of cut through 222, another section Disconnected portion 222 is blocked again, and so setting avoids the need for the time difference moved between two cut through 222 of high-precision control, Facilitate the operation and debugging in later stage.

When a wind wheel a2 contradicts locating part, grabbing assembly 25 is corresponding with the wind wheel a2 on conveyer belt 21, this When three clamping jaw units 27 be in locked state, lifting joint 251 drives three clamping jaw units 27 to stretch into wind wheel a2 core seats a3 Installation portion, then rotary joint 252 control the seat of honour 29 rotate, due to being provided with what is set in Archimedes spiral on the seat of honour 29 Groove 291, the groove 291 drives three locating pieces to be moved along groove 291 simultaneously, and corresponding three clamping jaw units 27 are along guide groove 281 direction gradually spreads out to push against covers a4 in interior iron, because the end that interior iron covers a4 generally has flanging, so clamping jaw unit 27 include holding section 274, and the end of holding section 274 is provided with hook-shaped end block 272, when press section 273 and interior iron set a4 patches When conjunction, interior iron set a4 flanging is contradicted with end block 272, and iron set a4 is used as a support in 272 pairs of end block.

In the accommodating cavity 66 on wind wheel a2 to rotary turnplate 3 on the crawl of catching robot 23 conveyer belt 21, due to Coordinate between accommodating cavity 66 and wind wheel a2 for gap, so being difficult to be in place by grabbing assembly 25, so in grabbing assembly Further wind wheel a2 can be also compacted at after 25 placements in accommodating cavity 66 using pushing component 24, rear rotary turnplate 3 is rotated, When being moved to gluing station 32, the depression bar 81 is displaced downwardly to inconsistent with wind wheel a2 core seat a3, and drive component 7 first drives Second magnetic part makes it fit towards the motion of the first magnetic part, and motor 74 starts after laminating so that the rotation of the second magnetic part The rotation of the first magnetic part is transferred to, so as to reach the rotation for driving accommodation seat 65, after the startup of motor 74, syringe 42 exists It can equally be moved to and be fitted with interior iron set a4 under the driving of its cylinder 9, during accommodation seat 65 rotates, for interior iron set A4 circumferentially carries out uniform cloth glue.

After gluing is completed, rotary turnplate 3 is rotated further to magnetic station 33 is entered, and volume magnetic assembly 5 includes feeding material component 51, when belt conveyor drive magnetic stripe a5 is moved to barriers 54, magnetic stripe a5 and displacement passage 55, accessory channel 571 and water Straight slot 592 is located in same horizontal line, and now magnetic stripe a5 is pushed into horizontal straight trough 592 by pusher knife 562, now magnetic stripe a5 meetings Along the excircle coiling of curved lever 594, rear hoistable platform 595 is moved down so that curved lever 594 drives the magnetic stripe a5 for completing coiling to pass through Wear supporting table to enter into the wind wheel a2 on magnetic station 33, complete magnetic stripe a5 assembling.

After preliminary upper magnetic is completed, rotary turnplate 3 is rotated to last station 34, and turning manipulator clamps wind wheel a2 Afterwards so that wind wheel a2 rotates 180 degree, wind wheel a2 is driven to enter on displacement platform 91 by Linear manipulator 93, the band of displacement platform 91 Dynamic wind wheel a2 moves to expansion assembly 10 along displacement platform 91, is moved to after expansion assembly 10, extrusion 95 gives wind from top A2 axial compressive forces are taken turns, and the cavity 104 inside expanded base 102 is inflated air pump 103 so that pellosil 101 is deformed, silicon Secondary extrusion positioning is carried out for magnetic stripe a5 while glued membrane 101 is deformed, magnetic stripe a5 and wind wheel a2 core seats is further ensured A3 fiting effect.

Described above is only preferred embodiment of the present utility model, and protection domain of the present utility model is not limited merely to Above-described embodiment, all technical schemes belonged under the utility model thinking belong to protection domain of the present utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims (6)

1. magnetic stripe built in a kind of cooling fan installs equipment magnetic stripe supply assembly, it is characterized in that, include two groups of structures identical Feeding material component（51）, positioned at two groups of feeding material components（51）Between pushing material component（56）And the coiled strip group for coiling magnetic stripe Part, the feeding material component（51）Include material conveying platform（53）, be arranged at material conveying platform（53）Upper transmission belt and positioned at sending Expect platform（53）The barriers of tail end（54）, the barriers（54）With material conveying platform（53）Between be formed with displacement passage （55）, two groups of feeding material components（51）Tail end connect, the pushing material component（56）Include feeding seat（561）, be positioned at pusher Seat（561）On pusher knife（562）And two respectively control pusher knife（562）Along displacement passage（55）Motion and control are pushed away Expect seat（561）Along material conveying platform（53）The cylinder of direction motion（9）, the coiled strip component includes hoistable platform（595）And Positioned at hoistable platform（595）The supporting table and coiling platform of lower section（59）, the coiling platform（59）Above the supporting table, it is described around Roll up platform（59）It is axially positioned on supporting table and can rotates in a circumferential direction, the coiling platform（59）On be provided with for driving coiling platform（59） The cylinder rotated in a circumferential direction（9）, the coiling platform（59）With being provided through both grooves, the lifting at the axle center of supporting table Platform（595）On be provided with groove coordinate curved lever（594）, the curved lever（594）Diameter is less than groove diameter and institute State curved lever（594）Formed between groove around volume space（591）, coiling platform（59）On be provided with two orthogonal levels Straight trough（592）, two horizontal straight troughs（592）With around volume space（591）It is connected, the hoistable platform（595）Relatively In curved lever（594）Another side end face be provided with driving hoistable platform（595）The cylinder of motion（9）.

2. magnetic stripe built in cooling fan according to claim 1 installs equipment magnetic stripe supply assembly, it is characterized in that：It is described Feeding seat（561）Along material conveying platform（53）Width be horizontally placed on the feeding seat（561）Lower section, the pusher knife（562） Positioned at feeding seat（561）A side end, the feeding seat（561）End side be provided with secondary station（57）, it is described to send Expect platform（53）Positioned at secondary station（57）With pusher knife（562）Between, the secondary station（57）On be provided with accessory channel （571）, the accessory channel（571）With displacement passage（55）It is located along the same line, the secondary station（57）It is logical towards feeding Road side sets jagged, corresponding to being provided with hairbrush at the position of breach（58）.

3. magnetic stripe built in cooling fan according to claim 2 installs equipment magnetic stripe supply assembly, it is characterized in that：It is described Material conveying platform（53）On be provided with driving hairbrush（58）The cylinder moved towards or away from breach（9）.

4. magnetic stripe built in cooling fan according to claim 3 installs equipment magnetic stripe supply assembly, it is characterized in that：It is described Hoistable platform（595）Edge be provided with guide pillar（596）, the guide pillar（596）Through hoistable platform（595）, the guide pillar （596）On be arranged with spring（593）, the hoistable platform（595）With spring（593）It is inconsistent.

5. magnetic stripe built in cooling fan according to claim 4 installs equipment magnetic stripe supply assembly, it is characterized in that：It is described Material conveying platform（53）On be provided with transparent platform（52）, the transparent platform（52）With material conveying platform（53）Between be arranged at intervals and The gap size is engaged with magnetic stripe length.

6. magnetic stripe built in cooling fan according to claim 5 installs equipment magnetic stripe supply assembly, it is characterized in that：It is described Feeding seat（561）In material conveying platform（53）Both sides are respectively arranged with a guide rail.